3D (volume) mesh topology More...

#include <MeshModel.h>

Inheritance diagram for MeshModel:

Public Member Functions
	MeshModel (std::string &ref, MLINT mid, MLINT aref, MLINT gref, std::string &name)
	Construct with reference to Model entity in mesh data. More...

bool	addPoint (MLINT i1, MLINT mid, MLINT aref, MLINT gref, std::string &name, ParamVertex *pv1, bool mapID)
	Add a MeshPoint to the MeshModel using index. More...

bool	addPoint (std::string &ref, MLINT mid, MLINT aref, MLINT gref, std::string &name, ParamVertex *pv1, bool mapID)
	Add a MeshPoint to the MeshModel using reference. More...

MeshPoint *	findLowestTopoPointByInd (MLINT i1) const
	Find a point at the lowest topology level of the associativity data. More...

MeshPoint *	findHighestTopoPointByInd (MLINT i1) const
	Find a point at the highest topology level of the associativity data. More...

MeshPoint *	findPointByInd (MLINT i1) const
	Find a point in the MeshModel associativity data. More...

void	deletePointByInd (MLINT i1)
	Delete an MeshPoint from the MeshModel by point index. More...

void	deletePointByRef (const std::string &ref)
	Delete an MeshPoint from the MeshModel by application-defined reference. More...

void	deletePointByRef (MLINT iref)
	Delete an MeshPoint from the MeshModel by application-defined integer reference. More...

MeshPoint *	getMeshPointByName (const std::string &name) const
	Return a MeshPoint witht the given name. More...

MeshPoint *	getMeshPointByID (MLINT id) const
	Return a MeshPoint witht the given ID. More...

MeshPoint *	getMeshPointByRef (const std::string &ref) const
	Return a MeshPoint witht the given reference. More...

StringArray	getMeshPointRefs () const
	Return an array of all MeshPoint references in this model. More...

bool	addEdge (MLINT i1, MLINT i2, MLINT mid, MLINT aref, MLINT gref, std::string &name, ParamVertex pv1, ParamVertex pv2, bool mapID)
	Add a MeshEdge to the MeshModel using indices. More...

bool	addEdge (std::string &ref, MLINT mid, MLINT aref, MLINT gref, std::string &name, ParamVertex pv1, ParamVertex pv2, bool mapID)
	Add a MeshEdge to the MeshModel using reference. More...

void	addEdgePoint (MLINT i1, MLINT mid, MLINT aref, MLINT gref, ParamVertex *pv1)
	Add a edge-point to the MeshModel. More...

void	addFaceEdgePoint (MLINT i1, MLINT mid, MLINT aref, MLINT gref, ParamVertex *pv1)
	Add a face-edge-point to the MeshModel. More...

MeshPoint *	findEdgePointByInd (MLINT i1) const
	Find an edge-point in the MeshString associativity data. More...

MeshPoint *	findFaceEdgePointByInd (MLINT i1) const
	Find a face-edge-point in the MeshSheet associativity data. More...

void	addFaceEdge (MLINT i1, MLINT i2, MLINT mid, MLINT aref, MLINT gref, ParamVertex pv1, ParamVertex pv2)
	Add a face-edge to the MeshModel. More...

MeshEdge *	getMeshEdgeByName (const std::string &name) const
	Find a MeshEdge by name. More...

MeshEdge *	getMeshEdgeByRef (const std::string &ref) const
	Find a MeshEdge by reference. More...

MeshEdge *	findLowestTopoEdgeByInds (MLINT i1, MLINT i2) const
	Find an edge at the lowest topology level of the associativity data. More...

MeshEdge *	findEdgeByInds (MLINT i1, MLINT i2) const
	Find an edge in the MeshString associativity data. More...

MeshEdge *	findFaceEdgeByInds (MLINT i1, MLINT i2) const
	Find an edge in the MeshSheet associativity data. More...

void	deleteEdgeByInds (MLINT i1, MLINT i2)
	Delete an MeshEdge from the MeshModel by point indices. More...

void	deleteEdgeByRef (const std::string &ref)
	Delete an MeshEdge from the MeshModel by application-defined reference. More...

void	deleteEdgeByRef (MLINT iref)
	Delete an MeshEdge from the MeshModel by application-defined integer reference. More...

bool	addFace (MLINT i1, MLINT i2, MLINT i3, MLINT mid, MLINT aref, MLINT gref, std::string &name, ParamVertex pv1, ParamVertex pv2, ParamVertex *pv3, bool mapID)
	Add a triangular MeshFace to the MeshModel using indices. More...

bool	addFace (std::string &ref, MLINT mid, MLINT aref, MLINT gref, std::string &name, ParamVertex pv1, ParamVertex pv2, ParamVertex *pv3, bool mapID)
	Add a triangular MeshFace to the MeshModel using reference. More...

bool	addFace (MLINT i1, MLINT i2, MLINT i3, MLINT i4, MLINT mid, MLINT aref, MLINT gref, std::string &name, ParamVertex pv1, ParamVertex pv2, ParamVertex pv3, ParamVertex pv4, bool mapID)
	Add a quadrilateral MeshFace to the MeshModel using indices. More...

bool	addFace (std::string &ref, MLINT mid, MLINT aref, MLINT gref, std::string &name, ParamVertex pv1, ParamVertex pv2, ParamVertex pv3, ParamVertex pv4, bool mapID)
	Add a quadrilateral MeshFace to the MeshModel using reference. More...

MeshFace *	findFaceByInds (MLINT i1, MLINT i2, MLINT i3, MLINT i4=MESH_TOPO_INDEX_UNUSED)
	Find a (triangular or quadrilateral) face in the MeshSheet associativity data. More...

void	deleteFaceByInds (MLINT i1, MLINT i2, MLINT i3, MLINT i4=MESH_TOPO_INDEX_UNUSED)
	Delete an MeshFace from the MeshModel using indices. More...

void	deleteFaceByRef (const std::string &ref)
	Delete an MeshFace from the MeshModel using reference. More...

void	deleteFaceByRef (MLINT iref)
	Delete an MeshFace from the MeshModel using reference. More...

MeshFace *	getMeshFaceByName (const std::string &name) const
	Find a MeshFace in the MeshModel using name. More...

MeshFace *	getMeshFaceByRef (const std::string &ref) const
	Find a MeshFace in the MeshModel using reference. More...

MLINT	getNumEdges () const
	Return the number of edges in the MeshModel. More...

MLINT	getNumFaces () const
	Return the number of faces in the MeshModel. More...

bool	addMeshString (MeshString *meshString, bool mapID=false)
	Add a MeshString to the MeshModel. More...

MeshString *	getMeshStringByID (MLINT id) const
	Find a MeshString by ID. More...

MeshString *	getMeshStringByName (const std::string &name) const
	Find a MeshString by name. More...

MeshString *	getMeshStringByRef (const std::string &ref) const
	Find a MeshString by reference. More...

bool	addMeshSheet (MeshSheet *meshSheet, bool mapID=false)
	Add a MeshSheet to the MeshModel. More...

MeshSheet *	getMeshSheetByID (MLINT id) const
	Find a MeshSheet by ID. More...

MeshSheet *	getMeshSheetByName (const std::string &name) const
	Find a MeshSheet by name. More...

MeshSheet *	getMeshSheetByRef (const std::string &ref) const
	Find a MeshSheet by reference. More...

void	getMeshEdges (std::vector< const MeshEdge * > &edges) const
	Return list of MeshEdge in the MeshModel. More...

void	getMeshFaces (std::vector< const MeshFace * > &faces) const
	Return list of all MeshFace in the MeshModel. More...

void	getMeshStrings (std::vector< MeshString * > &strings) const
	Return list of MeshString in the MeshModel. More...

size_t	getMeshStringCount () const
	Return count of MeshString in the MeshModel. More...

void	getMeshSheets (std::vector< MeshSheet * > &sheets) const
	Return list of all MeshSheet in the MeshModel. More...

size_t	getMeshSheetCount () const
	Return count of MeshSheets in the MeshModel. More...

	~MeshModel ()
	Destructor. More...

virtual const std::string &	getBaseName () const
	Return the unique base name for this model. More...

virtual MLUINT &	getNameCounter ()
	Return the current value of the unique base name counter. More...

Public Member Functions inherited from MeshTopo
	MeshTopo (MLINT mid, MLINT aref, MLINT gref, const std::string &name)
	Construct without application-defined reference. More...

	MeshTopo (const std::string &ref, MLINT mid, MLINT aref, MLINT gref, const std::string &name)
	Construct with application-defined reference to entity in mesh data. More...

virtual MLINT	getID () const
	Return the ID of this MeshTopo. More...

virtual MLINT	getGref () const
	Return the GID of GeometryGroup associated with this MeshTopo. More...

virtual MLINT	getAref () const
	Return the AttID of MeshLinkAttribute associated with this MeshTopo. More...

virtual void	getName (const char **name) const
	Return the name of this MeshTopo. More...

virtual const std::string &	getName () const
	Return the name of this MeshTopo. More...

virtual const std::string &	getRef () const
	Return the application-defined mesh data reference of this MeshTopo. More...

virtual void	addParamVertex (ParamVertex *pv, bool mapID)
	Add a ParamVertex. More...

virtual ParamVertex *	getParamVertByVref (const std::string &vref) const
	Find a ParamVertex by vertex reference. More...

virtual ParamVertex *	getParamVertByID (MLINT id) const
	Find a ParamVertex by ID. More...

virtual MLINT	getNumParamVerts () const
	Return the number of ParamVertex objects for this MeshTopo. More...

void	getParamVerts (std::vector< const ParamVertex * > &pv) const
	Return vector of ParamVertex objects for this MeshTopo. More...

virtual const ParamVertVrefMap &	getParamVertVrefMap () const
	Return the map of application-defined reference string to ParamVertex objects for this MeshTopo. More...

virtual void	setID (MLINT id)
	Set the ID of this MeshTopo. More...

virtual void	setGref (MLINT gref)
	Set the GeometryGroup GID referenced by this MeshTopo. More...

virtual void	setAref (MLINT aref)
	Set the MeshLinkAttribute AttID referenced by this MeshTopo. More...

virtual void	setRef (const char *ref)
	Set the reference of this MeshTopo. More...

void	setName (const std::string &name)
	Set the name of this MeshTopo. More...

void	setName (const char *name)
	Set the name of this MeshTopo. More...

bool	hasID () const
	Whether the MeshTopo has an ID defined. More...

bool	hasGref () const
	Whether the MeshTopo has a GeometryGroup GID reference defined. More...

bool	hasAref () const
	Whether the MeshTopo has a MeshLinkAttribute AttID reference defined. More...

std::vector< MLINT >	getAttributeIDs (const MeshAssociativity &meshAssoc) const
	Return list of MeshLinkAttribute AttIDs referenced by the MeshTopo. More...

std::string	getNextName ()
	Generate and return a unique name for the entity. More...

void	setOrderCounter (MLUINT counter)
	Set order counter (in parent topo) More...

MLUINT	getOrderCounter () const
	Returns order counter (in parent topo) More...

	MeshTopo ()
	Default constructor. More...

	~MeshTopo ()
	Destructor. More...

Private Member Functions
	MeshModel ()
	Hidden default constructor. More...

Private Attributes
std::map< pwiFnvHash::FNVHash, MeshPoint * >	pointMap_
	Map point index hash to MeshPoint. More...

MeshPointNameMap	meshPointNameMap_
	Map MeshPoint name to unique ID. More...

MeshTopoIDToNameMap	meshPointIDToNameMap_
	Map MeshPoint unique ID to name. More...

MeshTopoRefToNameMap	meshPointRefToNameMap_
	Map MeshPoint application-defined reference string to name. More...

std::map< pwiFnvHash::FNVHash, MeshEdge * >	edgeMap_
	Map edge indices hash to edge. More...

MeshEdgeNameMap	meshEdgeNameMap_
	Map MeshEdge name to unique ID. More...

MeshTopoIDToNameMap	meshEdgeIDToNameMap_
	Map MeshEdge name to unique ID. More...

MeshTopoRefToNameMap	meshEdgeRefToNameMap_
	Map MeshEdge application-defined reference string to name. More...

std::map< pwiFnvHash::FNVHash, MeshPoint * >	edgePointMap_
	Map edge-point index hash to MeshPoint. More...

std::map< pwiFnvHash::FNVHash, MeshPoint * >	faceEdgePointMap_
	Map face-edge-point index hash to MeshPoint. More...

std::map< pwiFnvHash::FNVHash, MeshEdge * >	faceEdgeMap_
	Map face-edge index hash to MeshEdge. More...

std::map< pwiFnvHash::FNVHash, MeshFace * >	faceMap_
	Map face index hash to MeshFace. More...

MeshFaceNameMap	meshFaceNameMap_
	Map MeshFace name to unique ID. More...

MeshTopoIDToNameMap	meshFaceIDToNameMap_
	Map MeshFace unique ID to name. More...

MeshTopoRefToNameMap	meshFaceRefToNameMap_
	Map MeshFace application-defined reference string to name. More...

MeshStringNameMap	meshStringNameMap_
	Map MeshString name to unique ID. More...

MeshTopoIDToNameMap	meshStringIDToNameMap_
	Map MeshString unique ID to name. More...

MeshTopoRefToNameMap	meshStringRefToNameMap_
	Map MeshString application-defined reference string to name. More...

MeshSheetNameMap	meshSheetNameMap_
	Map MeshSheet name to unique ID. More...

MeshTopoIDToNameMap	meshSheetIDToNameMap_
	Map MeshSheet unique ID to name. More...

MeshTopoRefToNameMap	meshSheetRefToNameMap_
	Map MeshSheet application-defined reference string to name. More...

Static Private Attributes
static MLUINT	nameCounter_
	unique name counter, global for all MeshTopo object names More...

Friends
class	MeshAssociativity

Additional Inherited Members
Static Public Member Functions inherited from MeshTopo
static bool	OrderCompare (const MeshTopo topo1, const MeshTopo topo2)

Protected Attributes inherited from MeshTopo
std::string	ref_
	The application-defined reference string. More...

MLINT	mid_
	The unique entity ID. More...

MLINT	aref_
	The attribute reference ID (AttID) More...

MLINT	gref_
	The geometry reference ID. More...

std::string	name_
	The name of the mesh entity. More...

MLUINT	orderCounter_
	creation order counter in parent entity More...

ParamVertVrefMap	paramVertVrefMap_
	ParamVertex objects mapped to this entity by application-defined reference string. More...

ParamVertIDToVrefMap	paramVertIDToVrefMap_
	ParamVertex objects mapped to this entity by unique entity ID. More...

Detailed Description

3D (volume) mesh topology

Provides access to MeshLink schema MeshModel data and is a container for MeshString and MeshSheet objects.

Definition at line 38 of file MeshModel.h.

Constructor & Destructor Documentation

◆ MeshModel() [1/2]

MeshModel::MeshModel	(	std::string &	ref,
		MLINT	mid,
		MLINT	aref,
		MLINT	gref,
		std::string &	name
	)

Construct with reference to Model entity in mesh data.

Parameters

ref	the application-defined reference string
mid	the model ID
aref	the attribute reference ID (AttID)
gref	the geometry reference ID
name	the model name

◆ ~MeshModel()

MeshModel::~MeshModel ( )

Destructor.

◆ MeshModel() [2/2]

MeshModel::MeshModel ( )

inlineprivate

Hidden default constructor.

Definition at line 519 of file MeshModel.h.

Member Function Documentation

◆ addEdge() [1/2]

bool MeshModel::addEdge	(	MLINT	i1,
		MLINT	i2,
		MLINT	mid,
		MLINT	aref,
		MLINT	gref,
		std::string &	name,
		ParamVertex *	pv1,
		ParamVertex *	pv2,
		bool	mapID
	)

Add a MeshEdge to the MeshModel using indices.

MeshEdges belong to MeshStrings, however, adding them to the model is useful for access patterns when working with a MeshModel.

Parameters

i1,i2	point indices defining an edge
mid	unique ID of edge
aref	the attribute reference ID (AttID)
gref	the geometry reference ID
name	the name of the edge (a unique name will be generated if empty)
pv1	the ParamVertex for the starting point, if any
pv2	the ParamVertex for the ending point, if any
mapID	whether to record the mapping of unique ID to name

◆ addEdge() [2/2]

bool MeshModel::addEdge	(	std::string &	ref,
		MLINT	mid,
		MLINT	aref,
		MLINT	gref,
		std::string &	name,
		ParamVertex *	pv1,
		ParamVertex *	pv2,
		bool	mapID
	)

Add a MeshEdge to the MeshModel using reference.

MeshEdges belong to MeshStrings, however, adding them to the model is useful for access patterns when working with a MeshModel.

Parameters

ref	the application-defined reference data for the edge
mid	unique ID of edge
aref	the attribute reference ID (AttID)
gref	the geometry reference ID
name	the name of the edge (a unique name will be generated if empty)
pv1	the ParamVertex for the starting point, if any
pv2	the ParamVertex for the ending point, if any
mapID	whether to record the mapping of unique ID to name

◆ addEdgePoint()

void MeshModel::addEdgePoint	(	MLINT	i1,
		MLINT	mid,
		MLINT	aref,
		MLINT	gref,
		ParamVertex *	pv1
	)

Add a edge-point to the MeshModel.

Edge-points are created when a MeshEdge is added to a MeshString. They belong to MeshStrings, however, adding them to the model is useful for access patterns when working with a MeshModel.

Parameters

i1	index of edge point
mid	unique ID of edge point
aref	the attribute reference ID (AttID)
gref	the geometry reference ID
pv1	the ParamVertex for the edge point, if any

◆ addFace() [1/4]

bool MeshModel::addFace	(	MLINT	i1,
		MLINT	i2,
		MLINT	i3,
		MLINT	mid,
		MLINT	aref,
		MLINT	gref,
		std::string &	name,
		ParamVertex *	pv1,
		ParamVertex *	pv2,
		ParamVertex *	pv3,
		bool	mapID
	)

Add a triangular MeshFace to the MeshModel using indices.

MeshFaces belong to MeshSheets, however, adding them to the model is useful for access patterns when working with a MeshModel.

Parameters

i1,i2,i3	the point indices of the triangular face to add
mid	unique ID of face
aref	the attribute reference ID (AttID)
gref	the geometry reference ID
name	the name of the triangular face to add
pv1,pv2,pv3	(optional) the ParamVertex objects associated with the face points
mapID	whether to record the mapping of unique ID to name

◆ addFace() [2/4]

bool MeshModel::addFace	(	std::string &	ref,
		MLINT	mid,
		MLINT	aref,
		MLINT	gref,
		std::string &	name,
		ParamVertex *	pv1,
		ParamVertex *	pv2,
		ParamVertex *	pv3,
		bool	mapID
	)

Add a triangular MeshFace to the MeshModel using reference.

MeshFaces belong to MeshSheets, however, adding them to the model is useful for access patterns when working with a MeshModel.

Parameters

ref	the application-defined reference of the face to add
mid	unique ID of face
aref	the attribute reference ID (AttID)
gref	the geometry reference ID
name	the name of the triangular face to add
pv1,pv2,pv3	(optional) the ParamVertex objects associated with the face points
mapID	whether to record the mapping of unique ID to name

◆ addFace() [3/4]

bool MeshModel::addFace	(	MLINT	i1,
		MLINT	i2,
		MLINT	i3,
		MLINT	i4,
		MLINT	mid,
		MLINT	aref,
		MLINT	gref,
		std::string &	name,
		ParamVertex *	pv1,
		ParamVertex *	pv2,
		ParamVertex *	pv3,
		ParamVertex *	pv4,
		bool	mapID
	)

Add a quadrilateral MeshFace to the MeshModel using indices.

MeshFaces belong to MeshSheets, however, adding them to the model is useful for access patterns when working with a MeshModel.

Parameters

i1,i2,i3,i4	the point indices of the quadrilateral face to add
mid	unique ID of face
aref	the attribute reference ID (AttID)
gref	the geometry reference ID
name	the name of the quadrilateral face to add
pv1,pv2,pv3,pv4	(optional) the ParamVertex objects associated with the face points
mapID	whether to record the mapping of unique ID to name

◆ addFace() [4/4]

bool MeshModel::addFace	(	std::string &	ref,
		MLINT	mid,
		MLINT	aref,
		MLINT	gref,
		std::string &	name,
		ParamVertex *	pv1,
		ParamVertex *	pv2,
		ParamVertex *	pv3,
		ParamVertex *	pv4,
		bool	mapID
	)

Add a quadrilateral MeshFace to the MeshModel using reference.

MeshFaces belong to MeshSheets, however, adding them to the model is useful for access patterns when working with a MeshModel.

Parameters

ref	the application-defined reference of the face to add
mid	unique ID of face
aref	the attribute reference ID (AttID)
gref	the geometry reference ID
name	the name of the quadrilateral face to add
pv1,pv2,pv3,pv4	(optional) the ParamVertex objects associated with the face points
mapID	whether to record the mapping of unique ID to name

◆ addFaceEdge()

void MeshModel::addFaceEdge	(	MLINT	i1,
		MLINT	i2,
		MLINT	mid,
		MLINT	aref,
		MLINT	gref,
		ParamVertex *	pv1,
		ParamVertex *	pv2
	)

Add a face-edge to the MeshModel.

Face-edges are created when a MeshFace is added to a MeshSheet. They belong to MeshSheets, however, adding them to the model is useful for access patterns when working with a MeshModel.

Parameters

i1,i2	the starting point index of the face-edge
mid	unique ID of face edge
aref	the attribute reference ID (AttID)
gref	the geometry reference ID
pv1,pv2	(optional) the ParamVertex objects associated with the face-edge points

◆ addFaceEdgePoint()

void MeshModel::addFaceEdgePoint	(	MLINT	i1,
		MLINT	mid,
		MLINT	aref,
		MLINT	gref,
		ParamVertex *	pv1
	)

Add a face-edge-point to the MeshModel.

Face-edge-points are created when a MeshFace is added to a MeshSheet. They belong to MeshSheets, however, adding them to the model is useful for access patterns when working with a MeshModel.

Parameters

i1	index of face edge point
mid	unique ID of face edge point
aref	the attribute reference ID (AttID)
gref	the geometry reference ID
pv1	the ParamVertex for the face edge point, if any

◆ addMeshSheet()

bool MeshModel::addMeshSheet	(	MeshSheet *	meshSheet,
		bool	mapID = `false`
	)

Add a MeshSheet to the MeshModel.

Parameters

meshSheet	the MeshSheet to add
mapID	whether to map the unique ID of the MeshSheet to its name

◆ addMeshString()

bool MeshModel::addMeshString	(	MeshString *	meshString,
		bool	mapID = `false`
	)

Add a MeshString to the MeshModel.

Parameters

meshString	the MeshString to add
mapID	whether to map the ID of the MeshString to its unique name

◆ addPoint() [1/2]

bool MeshModel::addPoint	(	MLINT	i1,
		MLINT	mid,
		MLINT	aref,
		MLINT	gref,
		std::string &	name,
		ParamVertex *	pv1,
		bool	mapID
	)

Add a MeshPoint to the MeshModel using index.

Parameters

i1	the uniuque point index
mid	the ID of the point
aref	the point attribute reference ID (AttID)
gref	the point geometry reference ID
name	the point name
pv1	the ParamVertex parametric location of the point
mapID	indicates whether to map the ID to the point name

◆ addPoint() [2/2]

bool MeshModel::addPoint	(	std::string &	ref,
		MLINT	mid,
		MLINT	aref,
		MLINT	gref,
		std::string &	name,
		ParamVertex *	pv1,
		bool	mapID
	)

Add a MeshPoint to the MeshModel using reference.

Parameters

ref	the application-defined reference string
mid	the ID of the point
aref	the point attribute reference ID (AttID)
gref	the point geometry reference ID
name	the point name (a unique name will be generated if empty)
pv1	the ParamVertex parametric location of the point
mapID	indicates whether to map the ID to the point name

◆ deleteEdgeByInds()

void MeshModel::deleteEdgeByInds	(	MLINT	i1,
		MLINT	i2
	)

Delete an MeshEdge from the MeshModel by point indices.

Removes MeshEdge and face-edge from the MeshModel. Removes the MeshEdge from the MeshModel only, MeshString and MeshSheet data is unchanged.

Parameters

i1,i2 indices of the points defining the edge to delete

◆ deleteEdgeByRef() [1/2]

void MeshModel::deleteEdgeByRef ( const std::string & ref )

Delete an MeshEdge from the MeshModel by application-defined reference.

Parameters

ref	application-defined reference of the edge to delete

See also: MeshModel.deleteEdgeByInds

◆ deleteEdgeByRef() [2/2]

void MeshModel::deleteEdgeByRef ( MLINT iref )

Delete an MeshEdge from the MeshModel by application-defined integer reference.

Parameters

iref	application-defined integer reference of the edge to delete

See also: MeshModel.deleteEdgeByInds

◆ deleteFaceByInds()

void MeshModel::deleteFaceByInds	(	MLINT	i1,
		MLINT	i2,
		MLINT	i3,
		MLINT	i4 = `MESH_TOPO_INDEX_UNUSED`
	)

Delete an MeshFace from the MeshModel using indices.

Removes MeshFace from the MeshModel only. MeshSheet data is unchanged.

Parameters

i1,i2,i3	the point indices of the triangular or quadrilateral face to delete
i4	(optional) the index of the fourth point of the quadrilateral face to delete

◆ deleteFaceByRef() [1/2]

void MeshModel::deleteFaceByRef ( const std::string & ref )

Delete an MeshFace from the MeshModel using reference.

Removes MeshFace from the MeshModel only. MeshSheet data is unchanged.

Parameters

ref	the application-defined reference of the face to delete

◆ deleteFaceByRef() [2/2]

void MeshModel::deleteFaceByRef ( MLINT iref )

Delete an MeshFace from the MeshModel using reference.

Removes MeshFace from the MeshModel only. MeshSheet data is unchanged.

Parameters

iref	the application-defined integer reference of the face to delete

◆ deletePointByInd()

void MeshModel::deletePointByInd ( MLINT i1 )

Delete an MeshPoint from the MeshModel by point index.

Removes MeshPoint, edge-point, and face-edge-point from the MeshModel.

Removes the MeshPoint from the MeshModel only, MeshString and MeshSheet data is unchanged.

Parameters

i1	the index of the point to delete

◆ deletePointByRef() [1/2]

void MeshModel::deletePointByRef ( const std::string & ref )

Delete an MeshPoint from the MeshModel by application-defined reference.

Parameters

ref	the application-defined reference of the point to delete

See also: MeshModel.deletePointByInd

◆ deletePointByRef() [2/2]

void MeshModel::deletePointByRef ( MLINT iref )

Delete an MeshPoint from the MeshModel by application-defined integer reference.

Parameters

iref	the application-defined integer reference of the point to delete

See also: MeshModel.deletePointByInd

◆ findEdgeByInds()

MeshEdge* MeshModel::findEdgeByInds	(	MLINT	i1,
		MLINT	i2
	)		const

Find an edge in the MeshString associativity data.

Search is restricted to the MeshString topology level

Parameters

i1,i2 the indices of the points defining the desired string edge

◆ findEdgePointByInd()

MeshPoint* MeshModel::findEdgePointByInd ( MLINT i1 ) const

Find an edge-point in the MeshString associativity data.

Search is restricted to the MeshString topology level

Parameters

i1	the index of the desired edge-point

◆ findFaceByInds()

MeshFace* MeshModel::findFaceByInds	(	MLINT	i1,
		MLINT	i2,
		MLINT	i3,
		MLINT	i4 = `MESH_TOPO_INDEX_UNUSED`
	)

Find a (triangular or quadrilateral) face in the MeshSheet associativity data.

Parameters

i1,i2,i3	the point indices of the desired triangular or quadrilateral face
i4	(optional) the index of the fourth point of the desired quadrilateral face

◆ findFaceEdgeByInds()

MeshEdge* MeshModel::findFaceEdgeByInds	(	MLINT	i1,
		MLINT	i2
	)		const

Find an edge in the MeshSheet associativity data.

Search is restricted to the MeshSheet topology level

Parameters

i1,i2 the indices of the points defining the desired face-edge

◆ findFaceEdgePointByInd()

MeshPoint* MeshModel::findFaceEdgePointByInd ( MLINT i1 ) const

Find a face-edge-point in the MeshSheet associativity data.

Search is restricted to the MeshSheet topology level

Parameters

i1	the index of the desired face-edge-point

◆ findHighestTopoPointByInd()

MeshPoint* MeshModel::findHighestTopoPointByInd ( MLINT i1 ) const

Find a point at the highest topology level of the associativity data.

Searches MeshModel, MeshSheet, MeshString topology levels in that order

Parameters

i1	The index of the desired MeshPoint

◆ findLowestTopoEdgeByInds()

MeshEdge* MeshModel::findLowestTopoEdgeByInds	(	MLINT	i1,
		MLINT	i2
	)		const

Find an edge at the lowest topology level of the associativity data.

Searches MeshString and MeshSheet topology levels in that order

Parameters

i1,i2 the indices of the points defining the desired string or sheet edge

◆ findLowestTopoPointByInd()

MeshPoint* MeshModel::findLowestTopoPointByInd ( MLINT i1 ) const

Find a point at the lowest topology level of the associativity data.

Searches MeshString, MeshSheet, MeshModel topology levels in that order

Parameters

i1	the index of the desired MeshPoint

◆ findPointByInd()

MeshPoint* MeshModel::findPointByInd ( MLINT i1 ) const

Find a point in the MeshModel associativity data.

Search is restricted to the MeshModel topology level

Parameters

i1	The index of the desired MeshPoint

◆ getBaseName()

virtual const std::string& MeshModel::getBaseName ( ) const

virtual

Return the unique base name for this model.

Reimplemented from MeshTopo.

◆ getMeshEdgeByName()

MeshEdge* MeshModel::getMeshEdgeByName ( const std::string & name ) const

Find a MeshEdge by name.

Parameters

name	the name of the desired edge

◆ getMeshEdgeByRef()

MeshEdge* MeshModel::getMeshEdgeByRef ( const std::string & ref ) const

Find a MeshEdge by reference.

Parameters

ref	the application-defined reference of the desired edge

◆ getMeshEdges()

void MeshModel::getMeshEdges ( std::vector< const MeshEdge * > & edges ) const

Return list of MeshEdge in the MeshModel.

Return will include all MeshEdge objects from all MeshString objects in this model

◆ getMeshFaceByName()

MeshFace* MeshModel::getMeshFaceByName ( const std::string & name ) const

Find a MeshFace in the MeshModel using name.

Parameters

name	the name of the desired face

◆ getMeshFaceByRef()

MeshFace* MeshModel::getMeshFaceByRef ( const std::string & ref ) const

Find a MeshFace in the MeshModel using reference.

Parameters

ref	the application-defined reference string of the desired face

◆ getMeshFaces()

void MeshModel::getMeshFaces ( std::vector< const MeshFace * > & faces ) const

Return list of all MeshFace in the MeshModel.

◆ getMeshPointByID()

MeshPoint* MeshModel::getMeshPointByID ( MLINT id ) const

Return a MeshPoint witht the given ID.

Parameters

id	the unique ID of the desired MeshPoint

◆ getMeshPointByName()

MeshPoint* MeshModel::getMeshPointByName ( const std::string & name ) const

Return a MeshPoint witht the given name.

Parameters

name	the name of the desired MeshPoint

◆ getMeshPointByRef()

MeshPoint* MeshModel::getMeshPointByRef ( const std::string & ref ) const

Return a MeshPoint witht the given reference.

Parameters

ref	the application-defined reference string of the desired MeshPoint

◆ getMeshPointRefs()

StringArray MeshModel::getMeshPointRefs ( ) const

Return an array of all MeshPoint references in this model.

◆ getMeshSheetByID()

MeshSheet* MeshModel::getMeshSheetByID ( MLINT id ) const

Find a MeshSheet by ID.

Parameters

id	the unique ID of the desired MeshSheet

◆ getMeshSheetByName()

MeshSheet* MeshModel::getMeshSheetByName ( const std::string & name ) const

Find a MeshSheet by name.

Parameters

name	the unique name of the desired MeshSheet

◆ getMeshSheetByRef()

MeshSheet* MeshModel::getMeshSheetByRef ( const std::string & ref ) const

Find a MeshSheet by reference.

Parameters

ref	the application-defined reference string of the desired MeshSheet

◆ getMeshSheetCount()

size_t MeshModel::getMeshSheetCount ( ) const

Return count of MeshSheets in the MeshModel.

◆ getMeshSheets()

void MeshModel::getMeshSheets ( std::vector< MeshSheet * > & sheets ) const

Return list of all MeshSheet in the MeshModel.

◆ getMeshStringByID()

MeshString* MeshModel::getMeshStringByID ( MLINT id ) const

Find a MeshString by ID.

Parameters

id	the ID of the desired MeshString

◆ getMeshStringByName()

MeshString* MeshModel::getMeshStringByName ( const std::string & name ) const

Find a MeshString by name.

Parameters

name	the unique name of the desired MeshString

◆ getMeshStringByRef()

MeshString* MeshModel::getMeshStringByRef ( const std::string & ref ) const

Find a MeshString by reference.

Parameters

ref	the application-defined reference of the desired MeshString

◆ getMeshStringCount()

size_t MeshModel::getMeshStringCount ( ) const

Return count of MeshString in the MeshModel.

◆ getMeshStrings()

void MeshModel::getMeshStrings ( std::vector< MeshString * > & strings ) const

Return list of MeshString in the MeshModel.

Return will include all MeshString objects in this model

◆ getNameCounter()

virtual MLUINT& MeshModel::getNameCounter ( )

virtual

Return the current value of the unique base name counter.

Reimplemented from MeshTopo.

◆ getNumEdges()

MLINT MeshModel::getNumEdges ( ) const

Return the number of edges in the MeshModel.

Return will be the count of all MeshEdges from all MeshStrings

◆ getNumFaces()

MLINT MeshModel::getNumFaces ( ) const

Return the number of faces in the MeshModel.

Return will be the count of all MeshFaces from all MeshSheets

Friends And Related Function Documentation

◆ MeshAssociativity

friend class MeshAssociativity

friend

Definition at line 40 of file MeshModel.h.

Member Data Documentation

◆ edgeMap_

std::map<pwiFnvHash::FNVHash, MeshEdge*> MeshModel::edgeMap_

private

Map edge indices hash to edge.

Definition at line 531 of file MeshModel.h.

◆ edgePointMap_

std::map<pwiFnvHash::FNVHash, MeshPoint*> MeshModel::edgePointMap_

private

Map edge-point index hash to MeshPoint.

Definition at line 540 of file MeshModel.h.

◆ faceEdgeMap_

std::map<pwiFnvHash::FNVHash, MeshEdge*> MeshModel::faceEdgeMap_

private

Map face-edge index hash to MeshEdge.

Definition at line 546 of file MeshModel.h.

◆ faceEdgePointMap_

std::map<pwiFnvHash::FNVHash, MeshPoint*> MeshModel::faceEdgePointMap_

private

Map face-edge-point index hash to MeshPoint.

Definition at line 542 of file MeshModel.h.

◆ faceMap_

std::map<pwiFnvHash::FNVHash, MeshFace*> MeshModel::faceMap_

private

Map face index hash to MeshFace.

Definition at line 549 of file MeshModel.h.

◆ meshEdgeIDToNameMap_

MeshTopoIDToNameMap MeshModel::meshEdgeIDToNameMap_

private

Map MeshEdge name to unique ID.

Definition at line 535 of file MeshModel.h.

◆ meshEdgeNameMap_

MeshEdgeNameMap MeshModel::meshEdgeNameMap_

private

Map MeshEdge name to unique ID.

Definition at line 533 of file MeshModel.h.

◆ meshEdgeRefToNameMap_

MeshTopoRefToNameMap MeshModel::meshEdgeRefToNameMap_

private

Map MeshEdge application-defined reference string to name.

Definition at line 537 of file MeshModel.h.

◆ meshFaceIDToNameMap_

MeshTopoIDToNameMap MeshModel::meshFaceIDToNameMap_

private

Map MeshFace unique ID to name.

Definition at line 553 of file MeshModel.h.

◆ meshFaceNameMap_

MeshFaceNameMap MeshModel::meshFaceNameMap_

private

Map MeshFace name to unique ID.

Definition at line 551 of file MeshModel.h.

◆ meshFaceRefToNameMap_

MeshTopoRefToNameMap MeshModel::meshFaceRefToNameMap_

private

Map MeshFace application-defined reference string to name.

Definition at line 555 of file MeshModel.h.

◆ meshPointIDToNameMap_

MeshTopoIDToNameMap MeshModel::meshPointIDToNameMap_

private

Map MeshPoint unique ID to name.

Definition at line 526 of file MeshModel.h.

◆ meshPointNameMap_

MeshPointNameMap MeshModel::meshPointNameMap_

private

Map MeshPoint name to unique ID.

Definition at line 524 of file MeshModel.h.

◆ meshPointRefToNameMap_

MeshTopoRefToNameMap MeshModel::meshPointRefToNameMap_

private

Map MeshPoint application-defined reference string to name.

Definition at line 528 of file MeshModel.h.

◆ meshSheetIDToNameMap_

MeshTopoIDToNameMap MeshModel::meshSheetIDToNameMap_

private

Map MeshSheet unique ID to name.

Definition at line 567 of file MeshModel.h.

◆ meshSheetNameMap_

MeshSheetNameMap MeshModel::meshSheetNameMap_

private

Map MeshSheet name to unique ID.

Definition at line 565 of file MeshModel.h.

◆ meshSheetRefToNameMap_

MeshTopoRefToNameMap MeshModel::meshSheetRefToNameMap_

private

Map MeshSheet application-defined reference string to name.

Definition at line 569 of file MeshModel.h.

◆ meshStringIDToNameMap_

MeshTopoIDToNameMap MeshModel::meshStringIDToNameMap_

private

Map MeshString unique ID to name.

Definition at line 560 of file MeshModel.h.

◆ meshStringNameMap_

MeshStringNameMap MeshModel::meshStringNameMap_

private

Map MeshString name to unique ID.

Definition at line 558 of file MeshModel.h.

◆ meshStringRefToNameMap_

MeshTopoRefToNameMap MeshModel::meshStringRefToNameMap_

private

Map MeshString application-defined reference string to name.

Definition at line 562 of file MeshModel.h.

◆ nameCounter_

MLUINT MeshModel::nameCounter_

staticprivate

unique name counter, global for all MeshTopo object names

Definition at line 516 of file MeshModel.h.

◆ pointMap_

std::map<pwiFnvHash::FNVHash, MeshPoint*> MeshModel::pointMap_

private

Map point index hash to MeshPoint.

Definition at line 519 of file MeshModel.h.

The documentation for this class was generated from the following file:

MeshModel.h

Public Member Functions

Private Member Functions

Private Attributes

Static Private Attributes

Friends

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ MeshModel() [1/2]

◆ ~MeshModel()

◆ MeshModel() [2/2]

Member Function Documentation

◆ addEdge() [1/2]

◆ addEdge() [2/2]

◆ addEdgePoint()

◆ addFace() [1/4]

◆ addFace() [2/4]

◆ addFace() [3/4]

◆ addFace() [4/4]

◆ addFaceEdge()

◆ addFaceEdgePoint()

◆ addMeshSheet()

◆ addMeshString()

◆ addPoint() [1/2]

◆ addPoint() [2/2]

◆ deleteEdgeByInds()

◆ deleteEdgeByRef() [1/2]

◆ deleteEdgeByRef() [2/2]

◆ deleteFaceByInds()

◆ deleteFaceByRef() [1/2]

◆ deleteFaceByRef() [2/2]

◆ deletePointByInd()

◆ deletePointByRef() [1/2]

◆ deletePointByRef() [2/2]

◆ findEdgeByInds()

◆ findEdgePointByInd()

◆ findFaceByInds()

◆ findFaceEdgeByInds()

◆ findFaceEdgePointByInd()

◆ findHighestTopoPointByInd()

◆ findLowestTopoEdgeByInds()

◆ findLowestTopoPointByInd()

◆ findPointByInd()

◆ getBaseName()

◆ getMeshEdgeByName()

◆ getMeshEdgeByRef()

◆ getMeshEdges()

◆ getMeshFaceByName()

◆ getMeshFaceByRef()

◆ getMeshFaces()

◆ getMeshPointByID()

◆ getMeshPointByName()

◆ getMeshPointByRef()

◆ getMeshPointRefs()

◆ getMeshSheetByID()

◆ getMeshSheetByName()

◆ getMeshSheetByRef()

◆ getMeshSheetCount()

◆ getMeshSheets()

◆ getMeshStringByID()

◆ getMeshStringByName()

◆ getMeshStringByRef()

◆ getMeshStringCount()

◆ getMeshStrings()

◆ getNameCounter()

◆ getNumEdges()

◆ getNumFaces()

Friends And Related Function Documentation

◆ MeshAssociativity

Member Data Documentation

◆ edgeMap_

◆ edgePointMap_

◆ faceEdgeMap_

◆ faceEdgePointMap_

◆ faceMap_

◆ meshEdgeIDToNameMap_

◆ meshEdgeNameMap_

◆ meshEdgeRefToNameMap_

◆ meshFaceIDToNameMap_

◆ meshFaceNameMap_